From EclerNet to EclerPLEX in 2026: twelve years of audio engineering experience and simpler system control

Sound quality needs clear everyday control

Across more than twelve years of focused work on commercial, corporate and industrial audio projects, I have repeatedly encountered the same frustration: months of acoustic planning and careful cabling, excellent equipment in the rack, followed by a call from the client after handover: “The system sounds excellent, but our staff are afraid to touch it. A simple lobby-level change or paging task seems to disturb everything.”

Experience has convinced me that sound quality without straightforward control is an incomplete engineering outcome. That concern inspired the banner above and the principle behind it: audio that reaches its listeners correctly, with a system that feels simple to operate.

Why does EclerPLEX matter to integrators and clients in 2026? Looking beyond the marketing, we can examine what changed from EclerNet, how that affects delivery and operation, and where it sits alongside other professional AV platforms.

Understanding the evolution from EclerNet

For years, EclerNet Manager and MIMO matrices formed the backbone of successful projects in our practice. As client requirements evolved, we encountered different constraints in design workflows, processing allocation and expansion.

A well-designed and maintained EclerNet installation can remain appropriate. Migration should follow changed requirements, equipment condition and the cost of expansion rather than a product-generation label alone.

1. From desktop configuration to a browser Workspace

Structural changes and panel editing in EclerNet generally relied on EclerNet Manager on a compatible Windows computer and the project file. Our delivery workflow often involved an on-site laptop or an authorised remote connection to a suitable computer.

Everyday EclerNet operation was not restricted to Windows: compatible browser clients could use its UCP interfaces. Engineering configuration and end-user control are distinct workflows.

In EclerPLEX, the host runs the embedded software and serves the Workspace through a compatible browser. This moves that configuration workflow away from an installed EclerNet Manager application. Other project tools, including network management or Dante Controller, may still be needed.

2. Processing allocation and Dynamic DSP

Some EclerNet matrices used in our projects provided defined processing structures for their inputs and outputs. A meeting room and a background-music zone could have different demands, while resource allocation was less flexible than in a modular processing environment.

EclerPLEX allows processing blocks to follow the demands of individual paths and zones. This supports more deliberate allocation of hardware resources, bounded by the host’s DSP capacity, channel count and installed firmware. It is not unlimited processing or a guaranteed utilisation percentage.

3. Host and Expansion architecture

Adding zones to an operational installation sometimes required another matrix or a revised connection plan. Expansion also existed in the previous generation: two linked MIMO88 units could operate as a 16 × 16 matrix. The relevant comparison concerns expansion method, capacity and resource management.

VIVO hosts and BIO expansion units separate host processing from additional physical resources. A compatible BIO can add I/O through local X-Link, within the specified cable and unit-count limits. Expansion must still be coordinated with DSP capacity and the network design.

A model-specific comparison with other AV platforms

As a consultant, my role is to compare solutions against the client’s requirements and budget. A fair comparison in 2026 must identify hardware models, software versions, enabled features and the full delivered cost.

Q-SYS and Biamp support extensive processing and integration; describing their DSP generally as fixed would be inaccurate. Their desktop design environments are separate from user interfaces and device management. Tesira software is free. Q-SYS states that version 10 includes Scripting and UCI functionality in its Cores without separate licences, while other features can remain model- and design-dependent.

Families from Yamaha, BSS/JBL and Bose also require product-specific comparison. For example, Yamaha MRX7-D offers freely configurable processing and Dante. Desktop design does not imply inflexible DSP or complicated everyday control, and a universal four-zone limit cannot be assigned to competitors’ browser interfaces.

For some of our projects, EclerPLEX’s appeal is the combination of a host-served browser Workspace, dynamic processing and custom panels in one workflow. Its value must be assessed against the actual brief, with hardware, panels, networking, integration and any paid services or features stated in the proposal.

Comparison checkpoints for integrators and clients

The table compares design and operating approaches rather than ranking entire brands. Confirm the selected models and software versions before specification.

What changes for the people operating the building?

A client, IT manager or architect may reasonably ask why dynamic processing or a browser Workspace matters. The useful answer lies in handover and the years of operation that follow.

1. Clearer IT and maintenance workflows: browser access can reduce the need to install design software on organisational computers. Security still requires coordinated access controls, accounts, updates, network separation and an approved remote-access method.

A later zone-name or event-preset change may be possible through authorised remote access. Timing and scope depend on the change, network availability and recommissioning requirements.

Control panels that reflect the operator’s language and space

The PULSO control surface shown alongside the matrices illustrates the objective: keep engineering complexity behind the scenes. The panel should reflect what the operator actually needs to do.

For Persian-speaking operators, we plan clear labels and an appropriate interface layout, then validate font rendering, RTL behaviour and operation on the selected release and panel. Reception, restaurant and security staff should see controls appropriate to their responsibilities.

Buttons such as Night Mode, Parking Paging or Lobby Music can recall designed and tested scenarios. Paging software, microphones and console models must be specified explicitly; a touchscreen alone does not establish all of those capabilities.

Bringing the architect and audio engineer together

One recurring challenge over these twelve years has been the constructive debate about transducer positions. Architects rightly protect ceiling and wall composition, while audio engineers must protect coverage and clarity.

Alongside EclerPLEX processing and control, Ecler’s architectural range offers options such as NIMBO, pendants suited to exposed ceiling architecture, recessed transducers and columns. Each model must suit its location, exposure and mounting conditions.

Tuning starts by checking whether a valid manufacturer profile exists for the selected model, then coordinating processing with the design and measurements. Do not assume that every transducer profile is preloaded on every host. The goal is an appropriate layout and equipment count that serve both listening and architecture.

Technology gains meaning through project experience

In our view, EclerPLEX is a significant development in commercial audio processing and control. Even advanced networked technology can become an expensive display if it lacks acoustic planning, directivity knowledge and an understanding of daily building use.

Combining current technology with more than a decade of delivery experience helps us design for listening quality and usable control from the outset. Training, scenario testing and maintenance planning also belong in project handover.

If your project needs a current solution coordinated with its architecture and operators, we would welcome the opportunity to review your plans and requirements.